Read a post today on using sunglasses with monitors. If they are polarised ones you can have issues. (Most of mine are as that is what is recommended)
Does anybody know how the polarising is aligned on these monitors?

I just got a X201t (have to update my thread) with a transflective Boe-Hydis screen, and there my polarised raybans actually HELP under heavy glare conditions - seriously, I see even LESS glare when I'm with the glasses and the screen looks sharper/more contrasty; although the overall brightness is diminished (but that is expected with ANY sunglasses, that's why we cant use them at night). My iPhone looks oily with it though. The "500nit" Xenarc TSV dissapears in any heavy glare situation, with or without sunglasses, so it's hard to tell.

Cheers.
Yeah that's why I was hoping someone with onemight be able to test it, although of course that does all depend on the individual pair of glasses too..
I guess if I get it and it doesn't work I can always go looking for a new pair of glasses..

Can't help you but interested to find out the solution as I am planning on the same setup.
What brand board is it? I am leaning towards the Asus as it comes with in built bluetooth and wireless N and no fan

Edit: Board is an Asrock (first time buying). Reviews of the Asus e350 didn't seem that good...

Well, after digging around in the basement I found a DVI cable without the 4 pins round the horizontal pin of the DVI connector (mobo doesn't have holes for 'em) and was able to connect my 19" LCD as primary and the 7" display as secondary.

I'm very frustrated. I had to manually detect displays and then the 7" screen showed up and displayed an image @ 1024x768. It was very small and blurry. I set it to 800x480 and the resolution was great except now the display is in an infinite loop of "auto config", and the top has a horizontal "anomaly". Every time the screen does it's "auto-config" the LED on the control panel goes orange.

Severe waste of $$$?

Note: my display didn't come with a power supply so I'm using a 5v supply from a router rated @ 2.5 watts, if that matters.